HotGauge

During my undergraduate degree I was a research assistant on the HotGauge project which seeks to use performance, power, and thermal simulations to effectively simulate advanced hotspots on x86 microprocessors. I was specifically exploring the impacts of heatsinks from the Diamond Foundry on performance. I also refactored project code and updated three simulators for compatibility with RedHat 8, ensuring seamless migration from RedHat 6. And wrote project documentation to streamline onboarding and increase usability.

I presented my results at the Tufts Louis Stokes Alliance for Minority Participation Symposium.